ENVI 5 Service Pack 2 – L3Harris Geospatial
Sarscape For Envi 5
Sarscape 4.4.001 (was not released with ENVI 5.0), but has been supported in the past for Envi 5.0. Sarscape 4.4.001 has been developed by ENVI for high-resolution SAR processing by using advanced deformation-analysis algorithms and better maps of the Earth’s surface in general. This map is based on a correction of metadata errors in the GeoTiff images, which is the only known error that results in a negative effect in Sarscape.
File interaction and information management support .
5Envi supports multiple types of radar sources and radar sensors.
Methods for visual identification of dynamic changes in radar data has been developed.
Multiple deformation analysis methods are available for the deformation analysis of the radar data.
Support for configuring the land classification window size of the land mask algorithm.
Prevent excessive computation by setting the maximum number of prediction runs before rendering or sending back the radar map.
Support for creating high-resolution maps on a mosaic grid and decoding them into vector data layers in ArcGIS.
Precise deformation analysis of the radar data and automatic generation of a correspondng flow map.
Precise visualization of the deformation of the surfaces of the continents.
Support for exporting a dataset to sarOpen
Data import and export functions as a plugin in ENVI .
ArcGIS interoperability .
Enhanced display, output, and map manipulation.
Extensive configuration options for both the configuration of the data-processing workflow and its parameters.
System requirements .
Sarscape includes software for the analysis and processing of data from Synthetic Aperture Radar (SAR) systems. SARs are high-resolution imaging systems that can be used to monitor the Earth’s surface. SARs operate in the microwave frequency range and can be used to detect dynamic changes on Earth’s surface.
Sarscape is the successor of Envi and Envi-x and enables the analysis of radar data, including SAR and Multibeam data. A unique feature of Sarscape is the possibility to create high-resolution maps that can be compared with other maps in post-processing. These high-resolution maps can be saved as vector data layers in ArcGIS, for example to support data visualization.
Sarscape Software Overview
Sarscape is a freely available software, developed by Südtiroler Geoinformationsschutz
3.6.1 (ENVI 5.1; Windows ).
Sarscape is the most popular and accepted tool for processing and mapping of SAR data.
If you are creating and viewing the processed results of a SAR data set, I recommend Sarscape as your processing tool for results displaying and final visual rendering.
ENVI SARscape 5.6 is an easy-to-use software tool for the processing and visualizing of synthetic aperture radar images (both digital and real).
Envi SARscape 5 is the most user-friendly SAR processing application, because it enables users to create and navigate through all SAR image and data products.
ENVI SARscape 5 includes an extensive library of interferometric stitching and stacking tools designed to make SAR data processing fast and easy.
Sarscape is a free product.
Sarscape is developed and supported by the Aeroimaging team.
Sarscape is a windows OS product.
Checkout your Sarscape 4.4.001 installation for more information on where to start.
NOTE: There is a specific Envi 5.1.1 setup instructions for Sarscape 4.4.001. Also, if you use this Sarscape for the Windows version (unsupported – you need the Windows only in case) version, we recommend that you specify the region as the United States.
Please see Section 5 of the SARscape Installation Notes for an introduction and additional information on OpenCL.The present invention is directed to a link assembly for the use of an inflator to launch an airbag having an inflatable cushion.
Inflators include a container for the primary stored gas and a means to rupture the container at a predetermined point in time. The rupture results in the pressurization of the container and an immediate expulsion of the stored gas. The time of the expulsion depends upon the type of gas, the amount of gas and the volume of the chamber.
U.S. Pat. No. 5,343,543 to Graner discloses a safety device that has an inflatable bag with an internal gas source. The gas is contained in a cylinder and is injected into the bag by rupturing the cylinder. The device has a housing and the gas pressure within the housing ruptures the casing and passes the stored gas into the bag. The device has a latch that is released by the housing and an external lever is connected to the latch. When the external lever is released, it displaces the latch and